If it should turn out that a self-powering electrical circuit has been
discovered by Ron Stiffler - and which is only possible in a simple
configuration using a magnetic core of barium ferrite - and that no
other core will suffice, then the obvious question is- what is it about
barium that
Ron,
I have a suggestion.
See if the air temperature affects the brightness of the light.
Harry
On 12/10/2007 2:21 PM, EnergyLab wrote:
Hey if I can use 100 different addresses for the same fee, why not? :-)
Boy I really hate to give those figures, I have enough trouble from what I
have
Harry, yes it does but this is not indicative of anything meaning full. This
is that all capacities in the circuit are affected by temperature, some have
a positive and some have a negative drift and they do not cancel out. The BW
for optimal brightness is very narrow. The energy is still there on
On 14/10/2007 11:57 AM, EnergyLab wrote:
Harry, yes it does but this is not indicative of anything meaning full. This
is that all capacities in the circuit are affected by temperature, some have
a positive and some have a negative drift and they do not cancel out. The BW
for optimal
EnergyLab wrote:
I will show that later (a 5V dip oscillator), this should
solves a bit of the trouble with the gen drift.
What about a X-tal OC for generating a signal at a specific frequency :
http://www.t-mallusa.com/product_info.php?products_id=2894878
Two problems - there is none
On Sat, 13 Oct 2007, Todd Hathaway wrote:
I talked to Mr. Owens today, and he sounds legit. Across the board good
vibes from him. My experiences suggest that he is the real deal.
A couple of notes:
1. Has he closed the loop and made his device power itself continuously?
If not, then it's
3.58 MHz is probably a rounded version of 3.579545, the most common xtal in
the world -- the NTSC color subcarrier frequency.
Hoyt Stearns
Scottsdale, Arizona
http://HoytStearns.com
-Original Message-
From: Jones Beene [mailto:[EMAIL PROTECTED]
Sent: Sunday, October 14, 2007 2:19 PM
So Hoyt --
Have you replicated this circuit using a cannibalized TV xtal ?
Hoyt A. Stearns Jr. wrote:
3.58 MHz is probably a rounded version of 3.579545, the most common xtal in
the world -- the NTSC color subcarrier frequency.
Hoyt Stearns
Scottsdale, Arizona
http://HoytStearns.com
R.C.Macaulay wrote:
and in turn acquired by National Lead Co and
finally acquired by Halliburton..
My opinion of barium.. anyone owning a desposit is sitting on a gold mine.
Isn't it amazing how certain ultra-profitable companies, which are
decidedly NON-innovators in their lucrative
Jones wrote..
Isn't it amazing how certain ultra-profitable companies, which are
decidedly NON-innovators in their lucrative fields, but instead are
extremely well-connected - nevertheless manage to magically find the
important strategic assets in emerging technology and quietly secure
them
Hi Dr. B.
I haven't looked at the project at all yet, being too busy with my Steorn
and Noether's theorem experiments, as well as some activity with some new
tip propulsion helicopter activity. I guess I'll get to it eventually.
There's just so much material to investigate ( good or bad thing
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